What moves you?
Public transit plan rethinks the way we get around
Alan Hoffman dreams about transit systems—about Quickways, T-ways, V-ways and Super Stations. They’re all components of what’s been dubbed the FAST Plan (“Financially Achievable, Saves Time”), a blueprint for a massive overhaul of the San Diego region’s public-transit system.
Hoffman, a transportation consultant for the San Diego-based Mission Group, has been working on FAST for the last four years. On a recent morning at a Normal Heights coffeehouse, he took a reporter through the most recent version of the plan.
“Every time I drive around San Diego, I see this—I see it built, I see what it looks like, I see how it operates,” Hoffman said. “I always see the mistakes I made—I see how I can improve it.”
Where some folks see an empty lot, he sees a future transit station; he may be driving on Uptown’s Fifth Avenue, but he’s thinking about the transit way that might one day run under the road.
FAST is being peddled by Move San Diego, a nonprofit that started in 2004 as a partnership between environmentalists and developers who had a shared goal of advocating for alternatives to road and freeway expansion. FAST is just that—it’s so alternative that there’s no model in the U.S. that Hoffman can point to. His closest example is Brisbane, Australia, where transit planners took the traditional concept of Bus Rapid Transit (BRT)—a system where buses have their own operating lanes—and turned it into something that, infrastructure-wise, resembles a blend of subway and light-rail systems: In Brisbane’s system, transit vehicles (comfortable, clean-fuel-burning buses) run through dedicated tunnels, on flyovers and alongside existing arteries in a system built to move people as quickly as possible (hence Hoffman’s term “Quickways” to describe the main component of the FAST plan). Riders board, transfer and exit at a mix of traditional stops, stations and “Super Stations,” the latter having rider-friendly amenities like restrooms and food shops. In addition to a bus system, the FAST plan incorporates and builds on San Diego’s existing light-rail lines and adds a Downtown streetcar line.
Hoffman’s, and Move San Diego’s, argument is that while San Diego’s been innovative with public transit in the past—it was the first U.S. city to build a modern light-rail system (the trolley)—public transportation is failing to attract “choice” riders, people who can choose to take public transit but opt not to because of cost or inefficiencies.
“I remember the Union-Tribune editorializing about how perfect [Mission Valley] was for transit,” Hoffman pointed out. “The thinking was, We’ll run a trolley line down the middle. But you’ve got a river running through it, so not all that area is actually accessible and the trolley stops are on the other side of the river, located about everywhere except for walking distance from [workplaces].
“So, we spent three quarters of a billion dollars to extend the light rail to Mission Valley,” Hoffman said, “and it’s a parking shuttle.”
Hoffman emphasizes that the San Diego region, especially the urban core, needs a system rather than a set of projects that don’t necessarily link up.
“All we need to do is look at Los Angeles to see what happens if you treat transit as a set of trophy projects that don’t, together, a system make,” he said.
The FAST plan has yet to be formally presented to the San Diego Association of Governments (SANDAG), the region’s transportation-planning agency, but there are two opportunities pushing the plan forward. SANDAG, like other planning agencies in the state, is required by law to come up with a transportation plan that gets cars off the road as part of a statewide effort to curb greenhouse-gas emissions. And, in June, as part of a legal settlement with environmental groups, SANDAG is hiring a consultant to review its plan for public transportation in San Diego’s urban core. (The environmentalists successfully argued that SANDAG’s regional transportation plan was lacking when it came to public transit.) SANDAG executive director Gary Gallegos said the consultant has been asked to review all options—the FAST plan among them—and come up with four alternatives schemes. All this has to happen by 2011.
Hoffman has come up with a conservative estimate of what FAST might cost to implement. Leaving out the North County portion, which is still being worked on, he thinks it could be done for around $8.3 billion, which is a little more than half of what SANDAG plans to spend on public transit (both operating and capital costs) over the next 30 years. Hoffman points out that Brisbane’s public-transportation system has seen ridership increase to the point where fares almost cover the system’s cost. San Diego’s public-transportation system, like with most U.S. cities, relies heavily on government subsidies, with fares covering only about one-third of costs. And in February, the state, despite its mandates for environment-friendly transportation, cut public transit’s main funding source for the next five years.
Still, Hoffman doesn’t hold hope that the SANDAG board, comprising elected officials and representatives from public agencies, will be where the FAST plan gets its support.
“The impetus cannot and will not come from within agencies or from, necessarily, the board of directors as it currently stands,” he said. “This plan will only be adopted when the leadership in this community, in whatever sphere, decides that it’s going to happen.”
Move San Diego already carries some clout, with a board of directors that includes heads of some of the region’s biggest developers and employers, like Sudberry Properties, Black Mountain Ranch, Westfield (shopping malls) and Amilyn Pharmaceuticals. But it’s also won the backing of the four-decades-old smart-growth organization Citizens Coordinate for Century 3, a behind-the-scenes group of planners, architects and environmentalists who don’t dole out endorsements lightly. Howard Blackson, C3’s past president, described the FAST plan as “sophisticated” and said that C3 members were impressed with the way FAST took into account the travel patterns of San Diego’s workforce.
“Linking the appropriately scaled transit system to places where people work and live is unique to San Diego transit planning,” he pointed out.
In December, Move San Diego hired Elyse Lowe to be FAST’s public face. Poised, yet assertive, Lowe, who’s 35, sported a pair of stylish turquoise and green eyeglass frames and a silver vintage-cut jacket at a recent SANDAG meeting. “I’ll be calling each one of you individually,” she told board members.
“I’m working on trying to get some simulations of what our plan will look like,” she said. “That’s something I want to take out to the public and say, ‘Look, we are planning long-term; we want to make transit rapid in your neighborhood. This is what it will look like. Is this something you guys would be supportive of?’
“I want to get the creative and design community engaged in this,” she added. “When people from all sectors from the welfare warriors to the architects to the business community, when they all start agreeing on things, that’s when change is going to happen.”
Blackson said something like the FAST plan has a chance if it’s framed properly in public discourse. He points to water reclamation—dubbed “toilet to tap” by its opponents, as an example of a good idea almost killed by skewed public perception.
“If the plan gets framed irrationally at the beginning, such as the deadly ‘toilet to tap,’ its chances are slim,” he said. “I say this because too many San Diegans still believe transit is a wasteful government subsidy while highway building is a necessary investment.”
Comments? Write to kellyd@sdcitybeat.com and editor@sdcitybeat.com.
Comments
Spending $7-$8 billion on 50-60 miles of grade separated busways would be a huge waste. In Pittsburgh, the newest busway towards the airport was prected to have 50,000 passengers per day, but actually has around 10,000; the MLK busway to the east--built along existing railroad tracks at costs comparable to rail--was originally projected to have 70,000 riders daily but actually has about 30,000.
In Ottawa, as its grade-separated busway opened, per capita transit usage steadily declined, despite the fact that parking in downtown Ottawa is restricted and prices kept high by local and national government (Ottawa is Canada's capital.) Ottawa is now in the process of developing a comprehensive LRT system.
In Brisbane, many Australian transit experts doubt the busways are nearly as successful as claimed by the proponents of San Diego's "FAST" idea. See for example, the discussion at http://www.abc.net.au/rn/science/earth/s.... According to this, Brisbane is ALSO seriously considering new LRT lines; whether this is reaction to the reality of their buways is also not clear.
In my view, the FAST plan is mainly useful because they have identified the major remaining routes where the San Diego Trolley should be expanded. Wasteful duplicating busways along I-5 both north and south of downtown San Diego should be eliminated, saving somewhere between $1 and $2 billion. The line out El Cajon Boulevard shold be a "rapid streetcar" (http://www.lightrailnow.org/features/f_l...), which could operate on a new Trolley trunkline paralleing Highway 163, then spliting as shown on the FAST map to the Golden Triangle and parallel to Mira Mesa along I-15. The east-west connector between the Scripps Ranch area, Mira Mesa, Sorrento Valley and the Golden Triangle should also be a rapid streetcar line, like the El Cajon Boulevard route.
On most other busy routes supplementing the beefed up rail network, "BRT Lite" is an excellent solution as suggested by FAST, but travel volumes are relatively low and cannot justify improvements beyond much better bus stops, "queue jumpers" and the like. Of course, I also endorse the upgrade of the Coaster to a frequent regional rail service, including a tunnel through University City--also used by upgraded Amtrak services.
Three other points. First, on average, rail transit attracts about 35% to 43% more patronage for a given amount of transit capacity provided compared to buses, apparently regardless of type of bus service, as some of my firm's empirical research has shown (See http://www.publictransit.us/ptlibrary/pe...).
Second, most origins and destinations (O & D's) in San Diego are widely dispersed--as the FAST plan points out--but the vast majority of these O & D's have such small volumes, direct bus service cannot be justified, and transferring is absolutely necessary for a transit system to be affordable and productive. In the cases of both Pittsburgh and Ottawa, the lion's share of busway ridership is on the very frequent trunk bus lines, which are overlaid with low patronage peak period expresses with poor frequencies. Better to beef up the trunk lines, AND use the operating money saved by beefing up the local and feeder bus routes to frequent service, as it works in the highest per capita transit systems such as Toronto and San Francisco Muni.
Third, since LRT can more easily tolerate grade crossings in many locations compared to the maximum 20 buses per hour that surface busways can operate before "bunching" becomes a problem (THE problem limiting the capacity of the $400 million+, 13-mile surface Orange Line Busway in the San Fernando Valley), the core 40 mile+/- San Diego Trolley expansion I recommend above could be built for probably half the cost of the $8 billion FAST "Quickway" plan. Use the savings to fund beefed up rail and selected BRT Lite and local bus service instead.
As a transit planner that yearns to see a more cost-effective, viable, modern alternative to the light rail mania that recognizes the composition of modern cities, I wish the Quickway concept the best of luck.
The above commenter chooses a few examples where the Quickway model has been applied inappropriately or in a less than thorough context and draws the conclusion that the model itself is not practical (further, Brisbane is looking to add other LRT services to augment certain corridors where it is appropriate, not to replace the busway concept). As a proponent of public transportation, this commenter should know all too well the familiar, and inaccurate, means by which light rail, heavy rail, or any type of public transportation is subjected to this same type of misrepresentation and unfair portrayal by anti-transit zealots.
Rail is appropriate in certain circumstances; however, as the commenter admits, it is not appropriate for many of our most modern Western cities. Too often, the temptation is to follow the advice offered by this commenter -invest hundreds of millions or billions in construction of a rail system or "light rail light" BRT system that requires substantial and endless on-going operating subsidies while offering utility only to those whose origins and destinations are along the narrow corridor. This has blindly been the public transportation strategy for nearly 50 years, and it has failed to produce the types of results we need to truly start getting people out of their cars.
The Quickway model can require similar capital investments -however, investments can be more feasibly constructed in small segments that immediately begin to offer benefits. The crux of the concept -why this can work in post-WWII cities where rail may be inappropriate -is that it provides such a fast service that the operating subsidies are reduced dramatically. The service requires such minimal operating expenses that it allows for routes to be more numerous, providing the opportunity to better connect relatively dispersed regions more directly (routes do not need to connect a couple of origins to just one destination, as the above commenter suggests; rather, they need to connect a handful of destinations very quickly while allowing for seamless, realistic transfers in truly improved environments that people will want to be in). This branching of routes throughout a region -made feasible by the speed of the service provided by the Quickway and other treatments to minimize travel time -provides a value to an entire area that rail alone cannot match. This speed and convenience of service then attracts more passengers, which in turn further decreases the amount of subsidies required, allowing for more service branches to be operated, once again increasing the convenience and speed of the service, and this beneficial cycle continues.
We must recognize the value of using capital investments to decrease our operating subsidy, and the need for transit to have value for a larger portion of the community. In post-WWII cities, where most origins and most destinations cannot line up along a single corridor, those of us who wish to see public transportation play a larger role in urban mobility (which I think includes myself and the above commenter) must be careful not to cling too strongly to what has worked marginally well in the past while too quickly dismissing other approaches that may better achieve our goals in certain situations.
The busway proponents in comments #3 and #4 grossly overestimate the utility of busways compared to rail. While busways are useful, at higher volumes they are simply not economic compared to properly designed and operated rail, and the value of branching is far less than it may appear in a low density region like San Diego, where as I explained previously, it is highly dubious that many origins and destinations have enough traffic to justify even 30-minute headways, and then only during peak periods. For the clearest explanation of this I've come across yet, see http://www.humantransit.org/2009/04/be-o....
Also see a discussion of what is going on with the Brisbane busways at http://www.humantransit.org/2009/05/bris.... As I pointed out in my original post, I suspected that the vast majority of Brisbane busway riders use the frequent trunk lines, NOT the various peak period branches. This is a very pertinent fact that Alan Hoffman has not related in his Quickway marketing, either because it defeats his concept, or he is not aware of it. In any case, I'm also not surprised that he has yet to respond to my points.